Matt Barr, Pe Email & Phone Number

Beaverton, Or, Us

Santa Clara, California, Us

Mechanical Team Lead for Factory Infrastructure Tool Install Design- Lead responsibilities include continuously improving the mechanical team's design processes and quality, guiding how team supports external customers, resourcing mechanical design work, and training new engineers/designersProject Management and Design- Transitioned a significant portion of business from incumbent pump rack vendors to a 3rd party supplier. Increased competition has yielded significant cost savings for Intel (on the order of millions), as well as driven all pump rack vendors to produce higher quality designs (more robust/efficient construction, additional built-in mechanical/electrical features, better data collection/retention). - Design mechanical install packages for various types of semiconductor tools and their support equipment. Throughout the duration of the design and construction phases, I own all mechanical calculations and design decisions: e.g., code compliance, determining utility manifolding and line sizing, selecting appropriate materials based on chemical compatibility, determining means/methods for leak detection of hazardous gases or liquids. - Optimize/improve mechanical tool install across all of Intel factories (e.g. for a given tool set, remove vacuum pump exhaust heating because clogging of the unheated exhaust is low risk; change from 316SS to 314SS tubing because a corrosive chemistry is no longer used on the tool)

Falls Church, Va, Us

My responsibilities as Principal Mechanical Engineer include: - Lead the mechanical team, which includes structural and thermal analysts, test engineers, manufacturing engineers, materials engineers, and mechanical drafters, in taking a design from initial requirements to production hardware - Work closely with other engineering disciplines to ensure the mechanical design meets all requirements- Produce drawings using GD&T system- Complete tolerance stackups to validate mechanical assemblies- Mentor junior engineers - Train other engineers to operate and maintain a Fortus 380mc 3d printer Areas of Design Experience: - Electronic packaging and liquid-cooling solutions (brazed cold plates, additively manufactured cold plates, and gun-drilled chassis) - PWBs/CCAs- Cables (semi-rigid RF, power, digital, fiber)- Busbars- Large pod structures- Fixtures for test and/or assemblyMetal and Plastic Fabrication Techniques: - Traditional machining/forming processes - Additive manufacturing processes such as fused deposition modeling, stereolithography, selective laser sintering, and direct metal laser sintering

Falls Church, Va, Us

Columbus, Ohio, Us

I was the lab coordinator for an undergraduate mechanical measurements lab, and I worked with faculty members to develop a graduate controls course. I had also been an instructor for the same measurements lab, and I've taught recitations for undergraduate dynamics, systems dynamics, and controls courses.

Gillingham, United Kingdom, Gb

I developed a MATLAB program that estimates the efficiency of a planetary gear train as a function of component (gear, clutch, brake) selection and engagement schedule.

Falls Church, Va, Us

My main responsibility was to provide technical support to manufacturing and testing labs and to help maintain the test engineering groups' equipment. This included repairing a thermal chamber, maintaining coolant distributing manifolds and modifying coolant pump carts.

L-1160 Luxembourg, Lu

I assisted in the reline of a Blast Furnace and the planning/supervising of a Stacker / Reclaimer rebuild. I also designed an anti-tilt system for two Stacker / Reclaimers.

I ran quality control tests on various consumer products (e.g. paper towel dispenser, electronic meter). I also supported NPI's first ISO 9001 certification.

Master Of Science (Ms), Mechanical Engineering

Bachelor Of Science (B.S.), Mechanical Engineering